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by RNA secondary structure(passive) caused byAlternative splicing ... , Cell
one frame - shift deletion in MYH7resultedin alternative exon splicing
these transcriptsresultfrom aberrant alternative splicing
usually only one mutationleadsto aberrant alternative splicing
interestingly , usually only one mutationleadsto aberrant alternative splicing
variants of two isoforms have been describedleadsAlternative splicing
Two transcript variantsresultingfrom alternative splicing
Different transcript isoformsresultfrom alternative splicing
recursive splicing ( RScontributesto physiological alternative splicing
different protein isoformsresultingfrom alternative splicing
Multiple transcript variantsresultfrom alternative splicing
Multiple transcript variantsresultingfrom alternative splicing
several transcript variantsresultingfrom alternative splicing
gene isoformsresultingfrom alternative splicing
The 6 human tau protein isoformsresultingfrom alternative splicing
Tischer et al(passive) was discovered byVEGF alternative splicing
protein isoformsresultingfrom alternative splicing
Four mRNA isoformsresultfrom alternative splicing
multiple isoformsmay have resultedfrom alternative splicing
Many transcript variantsresultingfrom alternative splicing
Several additional isoformsalso resultingfrom alternative splicing
Several isoformsoriginatingfrom alternative splicing
several isoformsresultingfrom alternative splicing
The two mRNA forms ... were foundto resultfrom alternative splicing
some allelic variants ... isoformsresultfrom alternative splicing
three isoformsresultingfrom alternative splicing
major transcript variantsresultingfrom alternative splicing
An amino - terminal variant of the central cannabinoid receptorresultingfrom alternative splicing
Transcription Several transcripts have been identifiedresultingfrom alternative splicing
the receptor variantsresultfrom this alternative splicing
three diverse variants at the C - terminal domainresultingfrom alternative splicing
isoformsresultfrom alternative splicing
isoformsresultingfrom alternative splicing
These isoformsresultfrom alternative splicing
isoformshave resultedfrom alternative splicing
five isoformsresultedfrom alternative splicing
that expression of these splice factorscontributeto alternative splicing
expression of these splice factorscontributeto alternative splicing
a generesultfrom alternative splicing
variantsresultingfrom alternative splicing
to the generation of twoleadingto the generation of two
to multiple transcript variants that encode different protein isoformsleadsto multiple transcript variants that encode different protein isoforms
multiple transcript variants encoding different isoformsresultsmultiple transcript variants encoding different isoforms
to multiple transcript variants encoding different isoformsleadsto multiple transcript variants encoding different isoforms
to two transcript variants encoding different isoformsleadsto two transcript variants encoding different isoforms
to multiple transcript variants encoding distinct isoformsleadsto multiple transcript variants encoding distinct isoforms
in multiple transcript variants encoding distinct isoformswill resultin multiple transcript variants encoding distinct isoforms
to numerous transcript variants encoding different isoformsleadsto numerous transcript variants encoding different isoforms
in transcript variants encoding different isoformsresultingin transcript variants encoding different isoforms
in transcript variants encoding different isoformsresultingin transcript variants encoding different isoforms
to a number of transcript variants encoding different isoformsleadsto a number of transcript variants encoding different isoforms
to numerous transcript variants encoding distinct isoformsleadsto numerous transcript variants encoding distinct isoforms
to various transcript variants encoding distinct isoformsleadsto various transcript variants encoding distinct isoforms
in transcript variants encoding different isoforms ( flip and flopresultingin transcript variants encoding different isoforms ( flip and flop
to a number of transcript variants encoding distinct isoformsleadsto a number of transcript variants encoding distinct isoforms
to the production of protein variants or to the regulation of gene expression via nonsense - mediated messenger RNA ( mRNA ) decay ( NMDmay contributeto the production of protein variants or to the regulation of gene expression via nonsense - mediated messenger RNA ( mRNA ) decay ( NMD
transcripts encoding protein isoforms with different intracellular localization or activitymay originatetranscripts encoding protein isoforms with different intracellular localization or activity
in the production of two functionally different isoformsresultsin the production of two functionally different isoforms
to numerous transcript variants encoding unique isoformsleadsto numerous transcript variants encoding unique isoforms
to the production of functional protein variants or to the regulation of gene expressionmay contributeto the production of functional protein variants or to the regulation of gene expression
to several transcript variants encoding diverse isoformsleadsto several transcript variants encoding diverse isoforms
to variants encoding two isoformsleadsto variants encoding two isoforms
to variants encoding two isoforms that differ in the C - terminal regionleadsto variants encoding two isoforms that differ in the C - terminal region
to a number of transcript variants encoding the same proteinleadsto a number of transcript variants encoding the same protein
in mRNA isoforms coding for proteins with different biological activitycan resultin mRNA isoforms coding for proteins with different biological activity
to a number of variants encoding distinct isoformsleadsto a number of variants encoding distinct isoforms
in different protein variantsmay resultin different protein variants
variants of two isoformsleadsvariants of two isoforms
in two or more protein isoformsresultsin two or more protein isoforms
in protein isoforms that contain one MBD domain , two to three cysteine - rich ( CXXC ) domainsresultingin protein isoforms that contain one MBD domain , two to three cysteine - rich ( CXXC ) domains
in multiple transcript variantsmay resultin multiple transcript variants
in;multiple transcript variantsresultsin;multiple transcript variants
to multiple transcript variantsleadsto multiple transcript variants
multiple transcript variantsresultsmultiple transcript variants
in different isoforms of this gene productresultingin different isoforms of this gene product
variants of two isoforms have been describedleadsvariants of two isoforms have been described
in many tissue - specific isoformsresultsin many tissue - specific isoforms
to the formation of numerous protein variantscan leadto the formation of numerous protein variants
to both gene regulation and protein diversitycontributesto both gene regulation and protein diversity
to production of different isoforms containing different exonsleadsto production of different isoforms containing different exons